Welding Engineer & Inspector/ Quality Assurance Engineer / Client side and Construction side representative / Coordinator/ Supervisor/Site representative or Plant Inspector/ Contruction/Project Engineering Assistance Quality Control

Welding / Piping / Fabrication / Quality Assurance / Quality Control / Coating / Nondestructive testing / Dimensional Control / Pressure Testing / Mechanical Completition Inspection / Certification

2008, Timisoara, Romania, one year
Diploma of International/European Welding Inspection Engineer, Comprehensive Level awarded by International Institute of Welding (IIW) and European Welding Federation (EWF) – Authorised National Body for welding, joining, cutting and surfacing, nondestructive testing and inspection methods in accordance with the requirements of EWF Guideline “European Welding Inspection Personnel”.
2007 - 2008, SOFIA, BULGARIA, 10 weeks
Attended EN473 Courses and Exams for Level II UT, RT, PT and MT. Passed all the exams and holds certificates
 Magnetic Partical Testing - Level II,
 Radiographic Testing and Interpretation – Level II,
 Ultrasonic Testing – Level II,
 Liquid Penetrant Testing – Level II,
The course was conducted by Personnel Certification Body with TUV Rheintland, Bulgaria LTD;
2003, Bucharest, Romania, 2 weeks
Attented Quality Management Systems ISO 9001: 2000, Lead Auditor / Auditor Course conducted by QMS
Quest Consultancy Services.
2002, Bucharest, Romania, one year
Diploma of International/European Welding Engineer awarded by International Institute of Welding (IIW) and European Welding Federation (EWF) – Authorised National Body for welding, joining, cutting and surfacing, nondestructive testing and inspection methods. Q-Academia S.R.L. is entitled by ASR-CertPers SRL. as training school according to guideline DVS®-EWF 1173 & DVS®-EWF 1177 of the German Welding Society.

1987-1992, Bucharest, Romania
Bachelor of Engineering in Mechanics, major specialization in Welding Equipment & Technology at Polytechnic Institute. The curriculum comprises scientific and technical courses together with practical trainings in the 5 following departments: Mechanical Engineering, Material of Science, Electrical and Electronical Engineering, Automation, IT and Production Welding Engineering. The objective is to provide an overall knowledge of welding activities from the triple point of view of designer, the contractor and the operator.
1981-1986, Buzau, Romania
High School graduated in Mechanics; “BP Hasdeu” College.

2006 - Present Welding Inspector, Engineer and QA/QC / NDT Crew Supervisor / Inspector – APAVE GE, Equatorial Guinea
• Marathon Oil Expansion Projet, Marathon, Punta Europa, Malabo, Equatorial Guinea
From an aspect of QA and Consultancy : I was part of the engineering, procurement and construction team of Marathon (final client and user) of the various equipment and construction projects for the central general construction department (CGCP) within Marathon. I provided advice, technical expertise and solutions / alternatives for the client project construction manager. These project in the last 2 years consisted of, one cooler and gas separator (D train on offshore platform Alba), a stabiliser, a compressor, a water tank, a platform extension offshore (fabrication on and offshore).

For these projects, I was assessing for Marathon the subcontractors in their choice (bid preparation and evaluation), in the choice of the materials, the welding procedures etc. I have issued technical specification for the subcontractors for welding procedures and materials. I have followed up all the construction subcontractors and NDT crews for material specification and procurement, pipe and welding books, welding construction.

From an aspect of QA/QC and Inspection : I review all the procedures, ITP and the quality documents for subcontractors. I supervised the welder qualifications. This welder qualifications were done for Carbon Steel, Stainless Stell and Duplex in according with the subcontractors procedures. I have reviewed the NDE reports, evaluation of defects and in conformity with ASME B31.3 ASME Section V and Section VIII. I have supervised and reviewed the pressure tests, painting inspection and erection spools.

I check and revised the materials orders for the subcontractors in conformity with the project documents ASME B31.3, AWS D1.1 and ASME section II, part A, B, C and D. I have reviewed and approved the final documents (pre-commissioning and commissioning) for the various projects above.
• Hull Integrity Restoration Project on the Sendje Ceiba, FPSO, Bata location
Marine Technical Limits had the overall responsibility for all welding and fabrication. The repair process implement a degree of self checking by the repair contractor supplemented by independent inspection by APAVE dedicated project inspector with surveillance by the MTL Representative and DNV Surveyor.

Responsabilities: - direct involvement in quality control of the welding process and monitoring compliance with the welding handbook, weld procedure and the repair quality standards; welders qualification in accordance with the procedures of the Classification Society (DNV); - as directed by MTL Rep, conducte non-destructive testing in accordance with the approved NDE procedures; - maintain records of the NDE performed and the findings; - maintain the completed welders logs; - ensure that all inspection equipment is calibrated and maintened; - ensure that correct inspection consumables are used and monitoring of welding consumables; - undertake the repairs; conducte through risk assessment on site; - inspection of fit-up, welding, repairs and NDE; - perform MPI and UT inspection of each weld and reporting; perform boundary hotwork thickness check inspection and draw up the corrosion sketch; - close-out of repairs; manage technical deviation (TQ’s); -audit of quality process; ; close-out report. Standard references: ASME II Part C, ASME IX, AWS D 1.1, BS EN 1011-2, MTL Repair Quality Standards, MTL Welding consumables storage and handling, MTL Guide for Inspection of Ship Hull Welds in structural members for materials class III and IV according UR S6 / Main welding process – FCAW, ISO 6520-1982 (E/F)

2001 – 2006 QA/QC Engineer / Supervisor / Inspector – SAIPEM S.p.A., Milan, Italy
• Sakhalin II Phase 2 Development Project, Sakhalin location
The Sakhalin II Project includes the development of two offshore fields as the Piltun-Astokhskoie and Lunskoye fields located on 40 km far from Hokkaido in the North of Japan. The LUN-A and PA-B Topsides are two integrated structures, both built by Samsung Heavy Industries (SHI), in South Korea. The Topsides will be supported by two Gravity Base Structures (GBS) constructed and previously installed by others. SHI has subcontracted to Saipem the transportation and installation of both Topsides. The Topsides were installed by float-over method. The post mating work consists in welding of PBA (Pendulum Bearing Activation) to each 4 legs.
• Third Transmission Pipeline Project-Offshore Platform System Project, Thailand location
The owner PTT Public Company Limited plan was to install a natural gas transmission pipeline system to tranport gas from Malaysia – Thailand Joint Development Area Block 17field central processing platform and Arthit platform and Erawan Riser Platform to onshore gas handling and processing facilities and further to onshore distribution terminals. The Project consists in engineering, procurement, fabrication, installation and pre-commissioningof the following: PRP Platform 8 legs jacket completed with piles; Two bridge completed with piles; One Bridge connecting the PRP with the existing ERP Platform; One bridge and one flare stack; One Living Quarter/ ControlRoom building complete with all facilities; PRP Topsides facilities in a multi-deck and multi-module system.
• West Espoir Field Development Project, Ivory Coast location
CANADIAN NATURAL RESOURCES LIMITED INTERNATIONAL awarded to SAIPEM Contractor the installation of 6 inch pipeline between FPSO to West Espoir Weld Head Tower using SB 355 lay barge.
• East Area Project EPC2, Nigeria location
SAIPEM was awarded by The Client EXXON MOBIL to install pipelines of various diameters: 36 inch, 20 inch, 18 inch, 8 inch, 6 inch, 4 inch, risers spools, sub-sea spools, hook-up spools, jacket and platform.
• Kizomba A & Kizomba B Field Development
Both projects, initiated by EXXON-MOBIL Development Company, are located BLOCK 15 offshore Angola, West Africa and includes a surface wellhead platform (SWHP) connected to a floating production, storage and offloading (FPSO) vessel. The processed crude is offloaded from the FPSO to shuttle tankers via an oil offloading system. Subsea Tieback, Jumpers, SDUs, Manifolds, SLORs and flowlines components are configured to provide subsea production and water injection support capability. Major workscope was the fabrication and installation of 4 Steel Catenary Risers. Quad joints were welded utilising Vermaat auto GMAW equipment and SAW internal/external welding. Associated gas and treated produced waters will be reinjected into the reservoirs. In addition, seawater processing facilities will be provided on the FPSO vessel to treat water for injection into reservoirs to maintain pressure. The surface CALM buoy is located approx. 2100 m from the FPSO and connected to FPSO by 20 inch OD steel Oil Offloading lines.
• Kuito Project – Angola for Chevron Overseas Petroleum Inc.
The Kuito field is an oil field that is located in Block 14, offshore of Cabinda, Angola. Cabinda Gulf Oil Co. (CABGOC), as an operator for and on behalf of Joint Venture Partners SONANGOL, AGIP, TOTAL and PETROGAL, intended to further develop the Kuito field. The FPSO (Topsides Process Plant Facilities) was upgraded to increase water injection capacity and lift gas capacity

• Bagre Central Field Gas Compression Project for Texaco Panama-Inc, Angola location
Installation of 10 inch Pipe @3.5 km pipe lines from Estrela-A Platform to Bagre-B Platform, Modules, Spools, Risers.
• Djeno Project – Congo, for client Total Fina Elf Congo
The overall scope of work for offshore operations consist of transportation, installation, connection, pigging and hydrotesting of 12 inch sub-sea line between NKF2 platform and wharf at Djeno Tank Farm and 40 inch @ 8 km sub-sea line between the wharf of the Djeno Tank and the PLEM under the new CALM Buoy to be instaled in a 35 mtr. water depth. The 12 inch @ 3.5 km sea line includes the complete system from the top of the riser on the Djeno wharf. This includes a 6 inch tee tie-in in PLEM at mid-route for the connection of a future 6 inch line from LAFP platform.
• Ea Field Development Project for Shell Petroleum Development Company of Nigeria / Halliburton / Single Buoy Moorings Inc
Installation of the platform (jacket, piles, mooring head and yoke) by Castoro Otto vessel.
• Blue Stream Project for Blue Stream Pipeline Company BV, Turkey & Russia
“Blue Stream” Project consists of a pipeline transportation system for delivery of processed gas from the grid in Russia, across the Black Sea to Ankara, Turkey and comprises two pipelines of approximately 384 km and 391 km long by 24 inch (610 mm) OD by 31,8 mm WT, GRADE SAWL I 448 SF linepipe. Mainline welding (incl. shore approaches and water tie-ins) and NDT operation were performed on S-lay vessel. Welding process was performed using Passo system (mechanised GMAW) in 5G position (pipe fix horizontal). Main project parties: SAIPEM - Offshore General Contractor, BSPC (Blue Stream Pipeline Company BV) – Customer, DNV (Det Norske Veritas) – Project Certifying Authority.

Responsabilities as Welding Engineer:
1. Supervised welder / operator training; 2. Verified welder perfomance records for pre-qualification purpose and make proper decision prior to submission to client for approval; 3. Qualified and witnessed welders perfomance qualification as per approved welding procedure specification (wps) in accordance with codes and standards; 3. Supervised production & welding activities; 4. Identified the cause of the defects on the basis of NDT results and eliminate said causes; 5. Collected and supplied welding quality statistics to the Welding Department and Operation Department; 6. Applied safe working practices.

Responsabilities as QA/QC Engineer/Supervisor:
1. Developed and maintained the project Quality Plan; 2. Represented and advised the Company for all quality matters, ensuring that mandated QA/QC measures were applied on a consistent basis; 3. Developed and prepared QA/QC documents and procedures and ensured they were implemented and properly maintained in accordance with project requirements; 4. Established and maintained the Document control and record-keeping functions; 5. Ensured that revisions of QA/QC documents and procedures were upto date, distributed and on file; 6. Reviewed inspection reports, and provide final acceptance sign-off of all reports attesting to project compliance and the completeness of the project; 7. Liased with the Field Engineer, Tallyman and all Project personnel (including Subcontractors) for Quality control activities; 8. Compiled Final “as built” dossiers and fabrication databooks; 9. Maintained internal audit system; 10. Carried out audits to project management, H&S and quality systems, to ensure compliance to project, customer specifications, procedures and ISO 9001 and to approve external suppliers and vendors; 11. Verified adherence with QA/QC Procedures, contract requirements and ITP by surveillance and audit; 12. Identified items of nonconformance, determined relevant corrective actions and monitored until final close out; 13. Provided supervision, training and instruction, to QA/QC personnel; 14. Developed and maintained material/weld traceability and site QC surveillance system; 15. Directed NDT operations and ensured fulfillment of contractual requirements; 16. Controlled all measuring and testing equipment and calibration schedule; 17. Verified the qualifications of welders and NDE technicians; 18. Surveillance at site; 19. Day to day monitoring, controling and follow-up of welding, piping, NDT activities, consumables; 20. Reviewed of NDT reports, pipe tracking, preparation of inspection reports; 21. Identified and documented FAT, SIT and FIT operations in accordance with ITP requirements; 22. Managed welder qualification program and follow-ups including analysis of performance data; 23. Developed and maintained project repair rates, and defined acceptable quality levels.

Responsabilities as Welding Supervisor / Inspector:
1. Welder qualifications, procedural tests and compiling WPQR documentation; 2. Performed / Monitored / Recorded the qualification of procedures and welders; 3. Ensured compliance and certification of materials, personnel and equipment to the contract requirements; 6. Ensuring compliance to project specifications, drawings, QCP, ITP, WPS, quality forms codes by surveillance and audit; 4. Checked avalability of certificates and calibration status of equipments and instruments; 5. Prepared, got approval and distributed the list of WPS/welders/consumables; 6. Prepared welders performance chart; 7. Drew-up and checked the weld-map; 8. Monitored and spot recorded weld parameters in accordance with approved WPS; 9. Verify that only approved welders / consumables / machines; 10. Monitored consumables baking and issuing; 11. Checked pile damage due to hammering, final cut-off, bevel NDT and UT lamination; 12. Checked long seam fit-up for pipeline welding; 13. Pre and post weld visual inspection and NDT/ PWHT as per project specification; 14. Dimensional controls using various gauges and scopes; 15. Interpretation radiographs to various codes; 16. Witnessed of FAT operations (Loadtest, Hydrotest, Hardness, PMI, Ferrite, Dimensional, Weighing/COG, Lift Test, Bolt Torquing etc); 17. Reviewed of PWHT charts and good understanding of equipment and code requirements; 18. Understanding of Paint and Coating systems, their application and inspection; 19. Structural inspection checked – item no. as per drawing ,damages, verticality alignement, survey readings; 20. During module erection checked the slings, shackles, grommets as per client drawings; 22. Ensured all pipe & weld data is accurate and completed by the Lay barge Tally Clerk; 23. Collation and submission of (vessel) as-built documentation; 24. Computer log-in of all QC reports, documents, isometric drawings; 25. Carried out all aspects of material management plans Inspection/marking/OSD/quarantine etc); 26. Identified and reported non-conformances; 27. Toolbox meeting for labours involved in welding activities; 28. Liaison work with customer and third part inspection like LRS, RINA, BVQI, DNV, AGIP, ADNOC, RASGAS, MRL, NLC.

2003 Senior QC Load-Out Supervisor – MCDERMOTT CASPIAN CONTRACTOR, Baku, Azerbaijan
Azerbaijan International Operating Company (AIOC), the AZERI Project Phase-1, which includes the installation of the 30/28/18-inch oil/gas pipelines from Central Azeri PDQ Platform to landfall point near Sangachal Terminal, awarded McDermott Caspian Contractors, Inc. (MCCI).
Responsabilities:
1. Completed of required pipe load-out plans and submission to logistics operations engineer on the beach; 2. Received and checked of pipe load-out manifest and stowage plan from logistics operations engineer at the shore base; 3. Collection of completed pipe tally sheets and monitoring of pipe tracking system; 4. Informed logistics operations engineer of any pipe to be returned; 5. Confirmation that required and accepted pipe has been loaded onto vessel; 6. Ensured pipe carrier captain has received stowage plans in timely manner; 7. Emailed manifest and pipe stowage plan to pipeline barge; 8. Updated overall pipe tally property sheet; 9. Liaised with logistics co-coordinator for corrective action regarding inspection requirements, acceptance criteria, test frequency and inspection, measuring and test equipment; 10. Organised the activity of 4 inspectors in verification of each loaded pipe; 11. Checked of load out documentation (Load Out Report, Concrete Wall Coating Damage Report, Reject Line Pipe Report, Repair Line Pipe Report); 12. Notifed the Load-Out Inspector when relevant equipment is due for re-calibration.



2000 – 2001 Trader – ROMINKO S.A., Bucharest, Romania
Rominko S.A. is part of ‘SANDS HOLDING AG’ Zurich group, of which the company’s network all over the world promotes and supports the opportunities development and diversified and prompts business relations.
Responsabilities
1. Trading as selling – buying, cash, compensation – barter, processing, switch a.s.o. in metallurgy (metals from ‘SPECIAL METALS’, ltd. - U.K.), chemistry (plastic materials from ‘EXXONMOBIL CHEMICAL’, ltd – Belgium and lubricants from ‘FINA LUBRICANTS EUROPE’, ltd. – Belgium) and equipments (‘WPM LEIPZIG – Germany, ENKOTEC AS – Denmark, BILWINCO - Denmark, RMO AG – Germany, GRADAL – USA); 2. Choused works with business priority; 3. Identified typical export products; 4. Named products for stock sales; 5. Maintained and developed business and strengthen relation with clients; 6. Direct negotiations with clients; 7. Identified new business opportunities; 8. Maintained current information about the competition market and future trends; 9. Direct communication with the foreigner supplier’s representatives in order to establish a full open relationship for each brand development interest; 10. Determined the requirements for achieving profit objectives.

1998 – 2000 Surveying Engineer - ALREM TRADE & ENGINEERING, Bucharest, Romania
Alrem Trade & Engineering S.A. is a Romanian Swedish joint-venture. His scope of supply includes general contracting for process industry equipment (steel structures, pressure vessels, conveying systems), import-export activities for a large range of industrial products, consulting for purchasing (ordering, contracting) and suplying of industrial products, suppliers’ market assessments.
Activity
1. Full time surveillance at manufacture (including coating or painting) of industry equipments in workshops, working in quality insurance with DET Norske Veritas, TUV and ABB; 2. Prenegotiated frame agreements with subcontractors all over Romanian teritory; 3. Checked site conditions for projects and filling of questionnaires about the technical capability of Romanian plants; 4. Internal and subcontractors audit; 5. Implementation of QA system in accordance with ISO 9000; 6. Preparation of Inspection and Test Plan (ITP), Quality Assistance Plan (QAP), Quality Control Procedure (QCP); 7. Submitted to customer representative or inspection of items and documents at witness and hold points; 8. Tankage inspections code, specification, procedure, and project specificaton control and review, materials acceptance, level survey-tank pads, roundness, plumbness, peaking, banding, leak test, pnuematic test, tank hydrostatic test, tank settlement-tank pads, vacuum box test, oil penetrant test, production test of electrogas welding for each course of shell plate per material per operator per tank, fit-up inspections, visual inspections, RT film review, welder qualfication test and welding procedure qualification test and punch list; 9. Material tracebility, records, material takeoff and inspection; 10. Implemented for fabrication to anticipate any welding problems such as distortions and other major defects that may occur during and after welding; 11. Witnessed hydrotest, pigging, cleaning, flooding, pressure testing, oil leak, magnetic partical inspection, liquid penetration teast, ultrasonic testing, positive material identification test flushing, cleaning and reviewing piping test package; 12. Surface profile, dry and wet film thickness of coating/paint inspections;
13. Nondestructive testings (X-rays, Dyes penetrans, magnetic particle) with interpretation and defects evaluation according to ASME code Sect. V, I, VIII; 14. Supported the suppliers including procurement of raw materials and welding equipments; 15. Prepared/advised contracts, commercial correspondence, transport contracts, additional acts; 16. Surveillance the manufacturing schedules, the suppliers quality sistem status, the transport along the Romanian teritory, the procedure to get work permit for erection; 17. Made accurate weekly reports to the involved foreigner representatives; 18. Prepared passive fire protection procedure; 19. Prepared confined space entry procedure and radiation emergency procedure; 20. Reviewed vendor, manufacture and supplier ITP, welding procedure and NDE procedure; 21. Estimated the consumption of welding consumables;
22. Calculated of labour cost of welding activities; 23. Prepared of concession requests in case of using positive material identification (PMI); 24. Disposed and coordinated of NCR for client and subcontractor; 25. Prepared, organized and submitted of qa/qc procedural.

1995- 1998 Welding coordinator – GENERAL TURBO, Bucharest - Romania
The steam turbines are the main manufacturing products of GENERAL TURBO S.A. The turbines are assimilated under Alsthom-France, GHH-Germany and General Electric-USA licences.
Activity
1.Co-ordinated of welding activity – according to EN 719/1994 in Turbine repair workshop;
2. Implemented iso 9001 internally, audited respective department and maintain ISO system internally; 3. Working contracts analyzed and estimated; 3. Settled the criteria of welds acceptance, weldability and compatibility of base materials;
4. Involved in designing and preparation of welding procedure specification (structural and isometric piping); 5. Brazing procedure specification (BPS) and project specification as per general plan in accordance with relevant standards, codes and specifications (asme, ansi, aws, astm, bs, as and client’s specification); 6. Specified issue for welding technologies for carbon steel, heat resisting steel, low/medium or high alloy steel, acid resisting steel, cast iron, aluminium; bronze for boilers, columns, furnances, heat exchangers, metal structures; 7. Inspected welder’s performance qualification, visually; 8. Prepared of Welding Procedure Specification and Qualification record (WPS and PQR) and conducting of welder test in different welding processes – SMAW, GTAW, FCAW, SAW si GMAW; 9. Prepared welding sequence and weld map to be use for project; 10. Welding processes qualification according to ISCIR (local authority), TUV, ASME Sect. IX, EN 287; 11. Taught welders to improve their practical knowledge; 12. Technical representation and consultant; 13. Client liaison; 14. Design requirements and equipment selected; 15. Special process inspected (heat treatment, NDE, welding, brazing, painting and cleaning hydro test); 16. Drew up the manufacture technologies, obeying the projection rules, in performed transport containers for general purpose; 17. Repair analyzed, cost expediting, and work procedure documentation; 18. Managed steel structures Workshop; 19. Costing of all steel structures projects enquiry selections.




1992- 1995 Welding Engineer – GRIRO, Bucharest - Romania
The main field of activity is chemical plants production.
Activity
1. Welding Procedures Qualification performed in welding laboratory; 2. Reviewed of WPS, PQR, Inspection and Test Plan; 3. New equipment enquiry selected and quotation submitted; 4. Quality records issued of Quality Assurance Release; 4. Welders qualification managed; 5. ASME Section II, Part A, B and C materials inspected in GRIRO and at subcontractors factories; 6. Surveyed of feeder-header assembly manufacturing which includes inspection of bending, welding, heat treatment, machining processes, dimensional; 7. Final inspection and hydrotest performed; 8. Prepared PWHT procedure to owner and reviewed subcontractor related procedure

AWS D1.1 (Structural steel welding code);

API 1104 (Welding of pipeline and related facilities); API-650 (Welded Steel Tanks For Oil Storage); API-620 (Design and Construction of Large, Welded, Low-Pressure Storage Tanks); API 5L (Specification for linepipe);
API 6D (Specification for linepipe valves); API 510 (Pressure Vessel Inspection); API 570 (Piping Inspection);

ASME Section I (Boiler and Pressure Vessel Code, Section I: Power Boilers); Section II Part A & C (Materials); Section V (Nondestructive Examination); Section VIII (Design and Fabrication of Pressure Vessels), Section IX (Welding and Brazing Qualifications); ASME B31.1 (Power Piping Design & Fabrication); ASME B31.3 (Process Piping Design); ASME SE 709 (Standard Guide for Magnetic Particle Examination); ASME B31.8 (Gas Transmission and Distribution Piping System);

DNV ’96 (Rules for Submarine pipeline Systems);

EN 287-1 (Welder Approval Testing); EN 288-3 (Specification and approval of welding procedures for metallic materials. Welding procedure tests for the arc welding of steels); EN 970 (Visual examination for fusion welds);
EN 1435 (Radiographic testing of welded joints); EN 12517 (Radiographic testing of welded joints. Acceptance levels); EN571-1 (Penetrant Testing – General Principles); EN 1289 (Penetrant Testin of welds – Acceptance Levels); EN 1290 (Magnetical Particle Testing of Welds – General Principles); EN1291 (Magnetical Particle Testing of Welds - Acceptance Levels); EN 1714 (Ultrasonic testing of welded joints – General Principles); EN1712(Ultrasonic testing of welded joints - Acceptance Levels); EN 1290 (Non-destructive examination of welds - Magnetic particle examination of welds); EN 25817 (Arc-Welded Joints in Steel - Guidance on Quality Levels for Imperfections); EN 473 (Qualification of NDE Personnel)

Having exposure to ISO-9000 QMS documentation Implementation and Controling.

2002 & 2006, Pavia, Italy, 4 days
Attended Basic Offshore Safety Induction Emergency Training (BOSIET) included HUET and EBS, Fire Fghting,
Self Rescue, First Aid, H2S Awarness, Life Boats & Life Rafts, valid till July 2010, directed by APT Antincendio –
Centro Addestramento Bornasco (PV).
2003, Baku, Azerbaijan, 3 days
Safety Induction course “BP Golden Rules” organized by McDermott Caspian Contractors. (permit to work,
energy insolation, ground disturbance, confined space entry, working at hights, lifting operations, driving safety,
management of change).
2001, Gelendzhik, Russia, one week
Industrial Safety and Health, Independent Inspection, Expert Examination and Testing over Quality of Construction of Trunk Pipelines Facilities courses on board on Castoro 8 vessel (SAIPEM S.p.A.), conducted by Russian authority.
2000, Bucharest, Romania, 2 weeks
Quality Assurance & Quality Control System as per ISO-9000 course organized by National Center for Quality
Assurance.
1999, Bucharest, Romania, one month
Supervision and Management Course managed by Polytechnic Institute.
1996, Bucharest, Romania, 2 weeks
Quality Engineering and Surveying - training for implementation of QA System for Turbine Components – run by reprezentative of General Electric - USA at General Turbo S.A.
1995, Targu Mures, Romania, 3 weeks
AutoCAD – Release 14 , 2D,3D, organized by Technical Group International S.A. Brasov.
1993, Bucharest, Romania, one year
Diploma in Feasibility Studies – postgraduate course managed by Economic Sciences Institute. The general knowledge includes: communication tehniques, social and economic studies together with foreign languages.


Equatorial Guinea Two years Onshore and offshore, driving license
Sakhalin Four months offshore
Thailand Three months offshore
Indonesia Four months offshore
Cote d’Ivoir Three months offshore
Ghana Three months offshore
Angola Two years offshore
Nigeria Three months offshore
Congo One year onshore and offshore
Azerbaidjan Four Months onshore, driving license
Turkey One year offshore
Russia Five months offshore
Romania Eight years onshore